... bottlenecks, e.g. hydrogen production,
storage and safety, and fuel cell performance costs and durability.
HYDROGEN ENERGY AND FUEL CELLS – A VISION OF OUR FUTURE
21
Roof tanks are filled Hydrogen ... commercialisation of
HYDROGEN ENERGY AND FUEL CELLS – A VISION OF OUR FUTURE
19
Compressed hydrogen
is stored in cylinders
Hydrogen may be
liqu...
... effects of DFP and novel tetradentate and
hexadentate analogues on NTBI uptake and mobilization
from rat hepatocytes and hepatoma cells. DFO was
included as a reference chelator.
Materials and methods
Animals
Hepatocytes ... uptake and metabolism of
NTBI in normal and cancer cells, and the effect of Fe
chelators on these processes.
In the present study we have characterized...
... dependability and optimization, renewable -energy- system modeling, control, and diagnosis and RFID
based ERP solutions.
E-mail address: pelope.adzakpa@axeti.com
International Journal of Energy and ...
membrane fuel cell, Water management.
1. Introduction
Among possible alternatives to global warming and energy resource depletion problems, polymer
electrolyte me...
... important role in direct methanol fuel cells
(DMFCs). Membranes with high proton conductivity are potentially useful in electrochemical cells
including fuel cells. Normally, the widely used ... applied
chemistry. He is engaged in the wastewater treatment and new energy application, and has published some
related articles and patents in this field.
E-mail address: songlz@y...
... kinetic energy K = 1J
Work: (symbol W)
If a force F is applied to an object of mass m it can accelerate it and increase
its speed v and kinetic energy K. Similarly F can decelerate m and decrease ... theorem and apply
it to solve a variety of problems
This approach is alternative approach to mechanics. It uses scalars
such as work and kinetic energy rather than vectors suc...
... time courses and effects of unlabeled ligands
and low pH on the dissociation rates of [
125
I]TC-PCSK9 (A) and
[
125
I]TC-PCSK9-D374Y (B) from HepG2 cells. Binding to equilibrium
and removal of ... Labeled ligand was added in a small
volume (20 lL) and the cells were incubated at 4 °C for
4 h. At the end of incubation, the cells were washed once
with 1 mL of cold wash buffer a...
... CHO-K1 cells, and the absorbance (A)
signals representing entry into RPE cells were very
similar to those seen with HeLa and Vero cells.
Both HeLa and Vero cell are naturally susceptible
and frequently ... cytometry
experiments. HVEM-expressing CHO-K1 cells (con-
trol) and RPE cells were positive for HVEM expres-
sion (Fig. 4B). Similarly, nectin-1-expressing CHO-K1
cells...
... E10 cells. After transfection of E10 cells with two dif-
ferent shRNA constructs of Caveolin-1 (shRNA1 and shRNA2) and three different scrambled shRNAs (control 1–3), cells were harvested,
and ... Caveolin-1 and P2X
7
distribution in control and in Caveolin-1 shRNA-transfected E10 cells.
Note the loss of colocalization of Caveolin-1 and P2X
7
in Cav-1 shRNA treated cells....
... subfamily (types IIA and V) and type X secre-
tory phospholipase A
2
s in regulating arachidonic acid
release and prostaglandin generation: implication of
cyclooxygenase-2 induction and phospholipid ... syn-
ovial lining and sublining cells and cartilage chondrocytes, sPLA
2
-IID in
lymph follicles and capillary endothelium, sPLA
2
-IIE in vascular smooth
muscle cells, and...